Automobile Jobs in Chennai

Skill Set:

• Needs to be strong in FEA theory and structural analysis of the mechanical components.
• Thorough experience in using ANSA for FE modeling of automotive structures.
• Knowledge of Automotive Structures and subassemblies and manufacturing processes.
• Should be strong in Fatigue analysis (HCF and LCF); in theory and practice.
• Should be conversant in working with Hyperworks, and Abaqus.
• Working experience in MBD and NVH is an added advantage.

• Basic understanding of crash safety requirements and various regulations in India and outside.
• Strong basic engineering fundamentals and vehicle crashworthiness.
• Occupant FE model updates including positioning different dummies, Belt routing and seat foam squashing.
• Declaration of simulation startegy, plan and CAE analysis timeline for various CAE activities
• Provide feedback based on occupant kinematics and countermeasures to design teams based on ocuupant simulations.
• Development of restraint systems (seat belt, airbags,seats, steering column etc) for meet ing crashworthiness targets using CAE tools like LS-DYNA.
• Create analysis report to highlight current status of performance target achievement and improvement required.
• Establishing correlation between simulation model & test for fidderent crash loadcases.
• Application of DOE techniques to solve crashworthiness problems.
• Review crash simulation guidelines and create guidelines for n ew procedures/ simulations
• Benchmarking study of competitors productsm.
• Crash test data analysis for full vehicle, subsystem and component level tests.
• Responsible for Consolidation & prioritization for styling, package & performance feasibilitie
• Good domain knowledge of vehicle interior systems like cockpit, steering, interior trims, seats.
• Sound knowledge of vehicle pass ive safety systems and its functions

Proficiency in following CAE tools or equivalent

• Altair Hypermesh
• O asys Primer, THIS, D3plot
• LS Dyna

• Design of Parts Assembly in Wheels Brakes Function. The candidate shall be able to :
• Prepare design input sheet considering quality characteristics of the system and product from TQT HOQ.
• Prepare CAD model using design guidelines.
• Optimize for part commonization, part count.
• Verify design for DFX- design for assy, mfg, cost reliability.
• Conduct functional design review for a part/sub system using check lists and provide feedback.
• Identify quality, cost and weight gap against targets.
• Use simulation techniques to identify the failure modes and take corrective action.
• Conduct packaging and interfacing checks.
• Understand the interaction between different systems of Two wheelers.
• Verify the design against known failure modes, past product problems , DFMEA, DFM, DFA requirements.
• Understand empherical relationship between quality characteristics and multiple part characteristics/process parameters.
• Incorporate special characteristics derived from AQ MBQ.
• Understand best in class products/subsystems and technology involved.
• Prepare drawings and release for manufacturing.
• Choose appropriate materials for given functions and applications. Understand rationale for choosing a particular material for given parts.
• Prepare BOM with every drawing release.
• Understand process parameters that are important to achieve part characteristics.
• Understand capability of chosen processes with reference to specifications and tolerances.
• Conduct FMEA for product and processes and act on the potential failure modes.
• Solve problem at functional level by eliminating all causes.

Role & responsibilities

Material Handling and Manpower Handling. Monitor the Productivity of staff, materials, and equipment to ensure maximum efficiency. Track all materials, equipment, and labor, and report daily production

• Production IN charge(3 to 5yrs)
• Production supervisor(2 to 4yrs)
• Quality line Inspector(0 to 2yrs)
• Autocad Design(0 to 4yrs)

Preferred candidate profile B.E Mechanical/Automobile and Dip in Mechanical

Perks and benefits Cab and Accommodation provided. Bonus and performance appraisal will be Given.

Role & responsibilities

Material Handling and Manpower Handling. Monitor the Productivity of staff, materials, and equipment to ensure maximum efficiency. Track all materials, equipment, and labor, and report daily production

• Production IN charge(3 to 5yrs)
• Production supervisor(2 to 4yrs)
• Quality line Inspector(0 to 2yrs)
• Autocad Design(0 to 4yrs)

Preferred candidate profile B.E Mechanical/Automobile and Dip in Mechanical

Perks and benefits Cab and Accommodation provided. Bonus and performance appraisal will be Given.

Creating tread pattern and cavity layout designs for TBR category meeting project timeline and customer requirements.

Major Responsibilities:

• Product design and development in TBR category (Cavity, Tread pattern &
• Layout preparation) and validation through Simulation group.
• Preparing design input requirements based on Customer Voice.
• Preparation of input for Mould design.
• Benchmark product study & analysis.
• Noise analysis in respective design areas and new iterations as per the results.
• Competitor tread pattern analysis and preparation of design inputs.
• Participation in Design FMEA preparation.
• Product performance study in field for specific defect analysis.
• Preparation of physical test reports & analysis.
• Parametric technique development for tread pattern, layout and cavity for TBR category.
• Preparations of design documents for TBR.
• Cross Functional Activities :-
• Coordination with PDM, Simulation Team and testing team for design validation.
• Participating in CFT for TBR projects.
• Supporting product marketing with POS material inputs.

Skills:

• 3D software- CATIA NX.
• Parametric Design knowledge.
• Good collaborative, Interpersonal and communication skill.
• Creativity and innovation aptitude.

Relevant Experience: 2-7 years of experience in Tyre design and development.

Education Qualification(s): Graduate Post Graduate engineer in Mechanical, Automobile or Polymer Technology.